Guide root-cause isolation for TypeScript/Next.js, Go, Python, and C# bugs.
npx skills add https://github.com/ashwnn/agent-config --skill debugging-ashwnn
Please help me install this Agent Skill. Skill: debugging Source: https://github.com/ashwnn/agent-config/tree/main/skills/debugging Command: npx skills add https://github.com/ashwnn/agent-config --skill debugging-ashwnn
Structured debugging workflow with stack-specific techniques for TypeScript/Next.js, Go, Python, and C#. Covers deterministic and intermittent bugs, async issues, and systematic root-cause isolation.
Run the debugging workflow on a failing project by documenting a reproducible bug, reproducing it deterministically, and applying the universal protocol to isolate the root cause.
High-intent search queries and answers about installing and using this skill.
Systematic debugging across stacks uses a universal protocol: reproducing the bug deterministically, bisecting to isolate the root cause, forming a hypothesis, applying a fix, and verifying the resolution. This structured workflow ensures safe, verifiable resolution across TypeScript, Go, Python, and C#.
To isolate an intermittent bug root cause, apply a structured intermittent bugs protocol utilizing structured logging, correlation IDs, and controlled reproduction. This isolates elusive async issues and cross-stack scenarios by forcing deterministic behavior from inconsistent failures.
Yes, this debugging workflow supports Python and C# async issues by applying stack-specific techniques alongside the universal protocol. It handles both deterministic and intermittent async failures, guiding root-cause isolation for these specific programming environments.
Fixing a failing TypeScript or Next.js project involves documenting a reproducible bug, reproducing it deterministically, and applying the universal protocol. Stack-specific techniques isolate the root cause, followed by a structured fix-and-verify checklist to ensure safe resolution.
A universal debugging protocol provides a reproducible reproduction protocol, a bisect-and-hypothesis process, and a structured fix-and-verify checklist. Unlike ad-hoc troubleshooting, this systematic root-cause isolation ensures verifiable resolution across deterministic, intermittent, and cross-stack bugs.
santosomarReduce large failing test inputs to minimal forms using delta debugging.
simoabidGuide software debugging through reproduction, isolation, 5 Whys analysis, and fix verification.
williamzujkowskiDiagnose performance degradation in distributed systems using Prometheus, Grafana, and OpenTelemetry.
Design-System-ETParse error messages and stack traces to isolate root causes.
